FOSSiBOT F7200 Portable Power Stations

Wholesale FOSSiBOT F7200 Portable Power Stations for bulk orders at RuggedMaster. 5-year warranty and 17+ year lifespan with EVE® EV-grade batteries. 5.2kWh capacity, expandable up to 15.66kWh with extra battery packs.

FOSSiBOT F7200 Features and Configuration

5-year warranty and 17+ year lifespan with EVE® EV-grade batteries.

5.2kWh capacity, expandable up to 15.66kWh with extra battery packs.

Provides up to 7,200W continuous power (9,000W surge).

Supports pairing with a micro-inverter, allowing seamless power feed into the grid and maximizing solar energy utilization.

Maximum 3,000W AC input — charges from 0% to 100% within 2.2 hours.

4 ways to charge (AC/Solar/Car Charging/AC+Solar).

Harness up to 3.700W of solar power for a full recharge in just 1.5 hours of ideal sunlight.

<10 ms UPS Auto-Switch ensures uninterrupted operation of your devices (3,000 W Max).

EVE® LiFePO4 Battery 6500+ Lifecycle cycles to 80%+ capacity.

Smart control and monitoring via the BrightEMS App

FOSSiBOT F7200 Technical Overview

Capacity: 102Ah/51.2V (5222.4Wh/1632000mAh)

Type: LiFePO4 (LF100LA)

Lifecycle: 6,500 cycles to 80%+ capacity

System Management: BMS

AC Outlet: 4*AC (7200W Max, 9000W Surge)

USB-A: 1*QC 3.0 (18W)

USB-C: 1*PD (20W) 1*PD (100W)

AC Charging Input: 3000W Max.

AC + Solar Input: AC+Hight Volt+Low Volt PV≈5200W; AC+Hight Volt Solar≈4000W; AC+Low Volt Solar≈4200W

Car Input (XT60): 11.5V-30V/10A

Solar Input (XT90): 2500W Max (120V-450V) 1200W Max (12V-55V)

AC (3000W): ≈2H 15Mins

Solar Charge 2500W(120V-450V): ≈2H 25Mins

Solar Charge 1200W(12V-55V): ≈4H 21Mins

AC+High Volt+Low Volt PV(5200W): ≈1.5H

AC+High Volt Solar(4000W): ≈1.7H

AC+Low Volt Solar(4200W): ≈1.9H

Pass-through charging : Yes (< 3000W)

Dimensions(LxWxH): 26.38*17.72*16.14inch(670*450*410mm)

Weight: 154.32 lb(70kg)

Operating Temperature: -10~40℃(14~104℉)

Charging Temperature: 0~40℃(32~104℉)

Certifications: FCC,CE,PSE,RoHS,UN38.3,MSDS

Warranty: 2+3 Years

User Manual: FOSSiBOT F7200 Portable Power Station User Manual Download Now

FOSSiBOT F7200 Frequently Asked Questions

Faq

Q: How can I charge the F7200? A: A: AC charging supports up to 3000W using the AC charging cable connected to a wall outlet, high-voltage solar charging supports up to 2500W and requires solar panels connected in series, low-voltage solar charging supports up to 1200W and requires solar panels connected in parallel, car charging supports up to 200W at 12V/24V 8A, and combined charging supports up to 5200W with AC input, high-voltage PV input, and low-voltage PV input used simultaneously.

Q: Which solar panels are compatible with the F7200? A: A: The F7200 is compatible with solar arrays operating within 120–450V (high voltage ≤2500W) or 11.5–55V (low voltage ≤1200W), where high-voltage input requires series connection with the minimum number calculated as 120V divided by the panel open-circuit voltage and the maximum as 450V divided by the panel open-circuit voltage, low-voltage input requires parallel connection and is recommended to use FOSSiBOT SP420 panels, and all connected panels must be identical to avoid damage or abnormal operation.

Q: What is the maximum expandable capacity of one F7200? A: A: Each F7200 can connect up to two FB5222 expansion batteries (sold separately), expanding the total capacity to 15.7kWh.

Q: Can the F7200 be charged by a gasoline, diesel, or other generator? A: A: The F7200 can be charged via its AC input from gasoline, diesel, or other generators as long as the generator provides stable 220–230V (or 240V) AC output at the correct frequency and with power no less than 3kW.

Q: How much usable energy can the F7200 deliver? A: A: At an ambient temperature of around 20°C and with loads between 500W and 7200W, the overall output efficiency of the F7200 is approximately 85%–90%, delivering about 4.4–4.7kWh of usable energy.

Q: Can the F7200 work with microinverters from other brands? A: A: It is recommended to use the microinverter sold together with the F7200, as compatibility with other brands cannot be guaranteed.

Q: Can the built-in battery be replaced? A: A: No, and if the battery pack fails or is damaged, please contact customer support.

Q: Can the F7200 be used or charged below 0°C? A: A: Charging is supported from -4°C to 58°C, discharging from -17°C to 63°C, storage from 0°C to 25°C, and while it can technically power devices below 0°C, charging should be avoided in such conditions.

Q: How do I use the F7200 for the first time? A: A: After receiving the unit, fully charge the battery to 100%, then press and hold the main power button on the upper right for 3 seconds to turn on the F7200, press the corresponding on/off buttons when connecting appliances, and turn off AC/DC/USB outputs when not in use to prevent battery drain.

Q: How do I switch the output frequency? A: A: Press and hold the AC button for 3 seconds to turn off AC output and enter frequency switching mode, short press the AC button to select 50Hz or 60Hz while the values flash on the screen, and release the button to automatically save after 3 seconds.

Q: How long is the standby time when the F7200 is fully charged and powered off? A: A: With BMS sleep power consumption not exceeding 200µA and a theoretical battery capacity of 204Ah, the calculated theoretical maximum standby time is approximately 116 years.

Q: Does the F7200 support compatibility and connection with other FOSSiBOT power stations? A: A: The F7200 and other FOSSiBOT products such as the F3600 Pro and F2400 can charge each other by connecting the AC output of one unit to the AC input of another.

FOSSiBOT F7200 Bulk Orders

Choose FOSSiBOT F7200 by comparing the confirmed configuration above with your purchasing requirements. The product photos show the available finishes and different views of the product. Check the operating system, connection requirements, battery and charging information where listed, and the dimensions in the Specs tab before arranging a bulk order.

For a wholesale inquiry, specify the model, requested quantity, preferred color and delivery destination. Confirm the required charging equipment and package contents for your market before ordering. Confirm regional power connections and the rated output of the equipment you intend to power. Compare battery capacity, charging inputs and output ports with the required runtime and connection types. Check compatibility before connecting expansion batteries or solar panels. The rated capacity and output power describe different aspects of the system and should both be considered.